Creates basic geometry for prototyping levels. More...

#include <GreyBoxComponent.h>

Inheritance diagram for plGreyBoxComponent:

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Public Member Functions
virtual void	SerializeComponent (plWorldWriter &inout_stream) const override
	Override this to save the current state of the component to the given stream.

virtual void	DeserializeComponent (plWorldReader &inout_stream) override
	Override this to load the current state of the component from the given stream.

void	SetShape (plEnum< plGreyBoxShape > shape)
	The geometry type to build.

plEnum< plGreyBoxShape >	GetShape () const

void	SetMaterialFile (const char *szFile)
	The plMaterialResource file to use.

const char *	GetMaterialFile () const

void	SetSizeNegX (float f)
	Sets the extent along the negative X axis of the bounding box.

float	GetSizeNegX () const

void	SetSizePosX (float f)
	Sets the extent along the positive X axis of the bounding box.

float	GetSizePosX () const

void	SetSizeNegY (float f)
	Sets the extent along the negative Y axis of the bounding box.

float	GetSizeNegY () const

void	SetSizePosY (float f)
	Sets the extent along the positive Y axis of the bounding box.

float	GetSizePosY () const

void	SetSizeNegZ (float f)
	Sets the extent along the negative Z axis of the bounding box.

float	GetSizeNegZ () const

void	SetSizePosZ (float f)
	Sets the extent along the positive Z axis of the bounding box.

float	GetSizePosZ () const

void	SetDetail (plUInt32 uiDetail)
	Sets the detail of the geometry. The meaning is geometry type specific, e.g. for cylinders this is the number of polygons around the perimeter.

plUInt32	GetDetail () const

void	SetCurvature (plAngle curvature)
	Geometry type specific: Sets an angle, used to curve stairs, etc.

plAngle	GetCurvature () const

void	SetSlopedTop (bool b)
	For curved stairs to make the top smooth.

bool	GetSlopedTop () const

void	SetSlopedBottom (bool b)
	For curved stairs to make the bottom smooth.

bool	GetSlopedBottom () const

void	SetThickness (float f)
	Geometry type specific: Sets a thickness, e.g. for curved stairs.

float	GetThickness () const

void	SetGenerateCollision (bool b)
	Whether the mesh should be used as a collider.

bool	GetGenerateCollision () const

void	SetIncludeInNavmesh (bool b)
	Whether the mesh should be an obstacle in the navmesh.

bool	GetIncludeInNavmesh () const

void	SetMaterial (const plMaterialResourceHandle &hMaterial)
	Sets the plMaterialResource to use for rendering.

plMaterialResourceHandle	GetMaterial () const

Public Member Functions inherited from plRenderComponent
void	TriggerLocalBoundsUpdate ()
	Call this when some value was modified that affects the size of the local bounding box and it should be recomputed.

PL_ALWAYS_INLINE plUInt32	GetUniqueIdForRendering (plUInt32 uiInnerIndex=0, plUInt32 uiInnerIndexShift=24) const
	Computes a unique ID for the given component, that is usually given to the renderer to distinguish objects.

Public Member Functions inherited from plComponent
void	SetActiveFlag (bool bEnabled)
	Sets the active flag of the component, which affects its active state.

bool	GetActiveFlag () const
	Checks whether the 'active flag' is set on this component. Note that this does not mean that the component is also 'active'.

bool	IsActive () const
	Checks whether this component is in an active state.

bool	IsActiveAndInitialized () const
	Returns whether this component is active and initialized.

bool	IsActiveAndSimulating () const
	Whether the component is currently active and simulation has been started as well.

plComponentManagerBase *	GetOwningManager ()
	Returns the corresponding manager for this component.

const plComponentManagerBase *	GetOwningManager () const
	Returns the corresponding manager for this component.

plGameObject *	GetOwner ()
	Returns the owner game object if the component is attached to one or nullptr.

const plGameObject *	GetOwner () const
	Returns the owner game object if the component is attached to one or nullptr.

plWorld *	GetWorld ()
	Returns the corresponding world for this component.

const plWorld *	GetWorld () const
	Returns the corresponding world for this component.

plComponentHandle	GetHandle () const
	Returns a handle to this component.

plUInt32	GetUniqueID () const
	Returns the unique id for this component.

void	SetUniqueID (plUInt32 uiUniqueID)
	Sets the unique id for this component.

void	EnsureInitialized ()
	Ensures that the component is initialized. Must only be called from another component's Initialize callback.

void	EnsureSimulationStarted ()
	Ensures that the OnSimulationStarted method has been called. Must only be called from another component's OnSimulationStarted callback.

PL_ALWAYS_INLINE bool	SendMessage (plMessage &ref_msg)
	Sends a message to this component.

PL_ALWAYS_INLINE bool	SendMessage (plMessage &ref_msg) const

void	PostMessage (const plMessage &msg, plTime delay=plTime::MakeZero(), plObjectMsgQueueType::Enum queueType=plObjectMsgQueueType::NextFrame) const
	Queues the message for the given phase. The message is processed after the given delay in the corresponding phase.

virtual bool	HandlesMessage (const plMessage &msg) const
	Returns whether the given Message is handled by this component.

void	SetUserFlag (plUInt8 uiFlagIndex, bool bSet)
	Be careful to check which flags may already be in use by base classes.

bool	GetUserFlag (plUInt8 uiFlagIndex) const
	Retrieves a custom flag. Index must be between 0 and 7.

void	SetCreatedByPrefab ()
	Adds plObjectFlags::CreatedByPrefab to the component. See the flag for details.

bool	WasCreatedByPrefab () const
	Checks whether the plObjectFlags::CreatedByPrefab flag is set on this component.

Public Member Functions inherited from plReflectedClass
virtual const plRTTI *	GetDynamicRTTI () const

bool	IsInstanceOf (const plRTTI *pType) const
	Returns whether the type of this instance is of the given type or derived from it.

template<typename T >
PL_ALWAYS_INLINE bool	IsInstanceOf () const
	Returns whether the type of this instance is of the given type or derived from it.

Protected Member Functions
virtual void	OnActivated () override
	This method is called when the component gets activated.

virtual plResult	GetLocalBounds (plBoundingBoxSphere &bounds, bool &bAlwaysVisible, plMsgUpdateLocalBounds &msg) override
	Called by plRenderComponent::OnUpdateLocalBounds(). If PL_SUCCESS is returned, bounds and bAlwaysVisible will be integrated into the plMsgUpdateLocalBounds result, otherwise the out values are simply ignored.

void	OnMsgExtractRenderData (plMsgExtractRenderData &msg) const

void	OnBuildStaticMesh (plMsgBuildStaticMesh &msg) const

void	OnMsgExtractGeometry (plMsgExtractGeometry &msg) const

void	OnMsgExtractOccluderData (plMsgExtractOccluderData &msg) const

void	OnMsgSetMeshMaterial (plMsgSetMeshMaterial &ref_msg)

void	OnMsgSetColor (plMsgSetColor &ref_msg)

void	InvalidateMesh ()

void	BuildGeometry (plGeometry &geom, plEnum< plGreyBoxShape > shape, bool bOnlyRoughDetails) const

template<typename ResourceType >
plTypedResourceHandle< ResourceType >	GenerateMesh () const

void	GenerateMeshName (plStringBuilder &out_sName) const

void	GenerateMeshResourceDescriptor (plMeshResourceDescriptor &desc) const

Protected Member Functions inherited from plRenderComponent
virtual void	Deinitialize () override
	This method is called before the component is destroyed. A derived type can override this method to do common de-initialization work.

virtual void	OnDeactivated () override
	This method is called when the component gets deactivated.

void	OnUpdateLocalBounds (plMsgUpdateLocalBounds &msg)

void	InvalidateCachedRenderData ()

Protected Member Functions inherited from plComponent
	plComponent ()
	Keep the constructor private or protected in derived classes, so it cannot be called manually.

bool	IsDynamic () const
	Returns whether this component is dynamic and thus can only be attached to dynamic game objects.

virtual plWorldModuleTypeId	GetTypeId () const =0

virtual plComponentMode::Enum	GetMode () const =0

virtual void	Initialize ()
	Can be overridden for basic initialization that depends on a valid hierarchy and position.

virtual void	OnSimulationStarted ()
	This method is called once for active components, at the start of the next world update, but only when the world is simulated.

void	EnableUnhandledMessageHandler (bool enable)
	By default disabled. Enable to have OnUnhandledMessage() called for every unhandled message.

virtual bool	OnUnhandledMessage (plMessage &msg, bool bWasPostedMsg)
	When EnableUnhandledMessageHandler() was activated, this is called for all messages for which there is no dedicated message handler.

virtual bool	OnUnhandledMessage (plMessage &msg, bool bWasPostedMsg) const
	When EnableUnhandledMessageHandler() was activated, this is called for all messages for which there is no dedicated message handler.

bool	IsInitialized () const

bool	IsInitializing () const

bool	IsSimulationStarted () const

Protected Attributes
plEnum< plGreyBoxShape >	m_Shape

plMaterialResourceHandle	m_hMaterial

plColor	m_Color = plColor::White

float	m_fSizeNegX = 0

float	m_fSizePosX = 0

float	m_fSizeNegY = 0

float	m_fSizePosY = 0

float	m_fSizeNegZ = 0

float	m_fSizePosZ = 0

plUInt32	m_uiDetail = 16

plAngle	m_Curvature

float	m_fThickness = 0.5f

bool	m_bSlopedTop = false

bool	m_bSlopedBottom = false

bool	m_bGenerateCollision = true

bool	m_bIncludeInNavmesh = true

bool	m_bUseAsOccluder = true

plMeshResourceHandle	m_hMesh

plSharedPtr< const plRasterizerObject >	m_pOccluderObject

Protected Attributes inherited from plComponent
const plRTTI *	m_pMessageDispatchType = nullptr
	Messages will be dispatched to this type. Default is what GetDynamicRTTI() returns, can be redirected if necessary.

Additional Inherited Members
Static Public Member Functions inherited from plRenderComponent
static plUInt32	GetUniqueIdForRendering (const plComponent &component, plUInt32 uiInnerIndex=0, plUInt32 uiInnerIndexShift=24)
	Computes a unique ID for the given component, that is usually given to the renderer to distinguish objects.

Static Public Member Functions inherited from plNoBase
static const plRTTI *	GetStaticRTTI ()

Detailed Description

Creates basic geometry for prototyping levels.

It automatically creates physics collision geometry and also sets up rendering occluders to improve performance.

Member Function Documentation

◆ DeserializeComponent()

void plGreyBoxComponent::DeserializeComponent ( plWorldReader & inout_stream )

overridevirtual

Override this to load the current state of the component from the given stream.

The active state will be automatically serialized. The 'initialized' state is not serialized, all components will be initialized after creation, even if they were already in an initialized state when they were serialized.

Reimplemented from plComponent.

◆ GetLocalBounds()

plResult plGreyBoxComponent::GetLocalBounds	(	plBoundingBoxSphere &	ref_bounds,
		bool &	ref_bAlwaysVisible,
		plMsgUpdateLocalBounds &	ref_msg )

overrideprotectedvirtual

Called by plRenderComponent::OnUpdateLocalBounds(). If PL_SUCCESS is returned, bounds and bAlwaysVisible will be integrated into the plMsgUpdateLocalBounds result, otherwise the out values are simply ignored.

Implements plRenderComponent.

◆ OnActivated()

void plGreyBoxComponent::OnActivated ( )

overrideprotectedvirtual

This method is called when the component gets activated.

By default a component is active, but it can be created in an inactive state. In such a case OnActivated() is only called once a component is activated. If a component gets switched between active and inactive at runtime, OnActivated() and OnDeactivated() are called accordingly. In contrast Initialize() and Deinitialize() are only ever called once.

See also: OnActivated(), OnDeactivated(), Initialize(), Deinitialize(), OnSimulationStarted()

Reimplemented from plRenderComponent.

◆ SerializeComponent()

void plGreyBoxComponent::SerializeComponent ( plWorldWriter & inout_stream ) const

overridevirtual

Override this to save the current state of the component to the given stream.

Reimplemented from plComponent.

◆ SetIncludeInNavmesh()

void plGreyBoxComponent::SetIncludeInNavmesh ( bool b )

Whether the mesh should be an obstacle in the navmesh.

Note: This may or may not work, depending on how the navmesh generation works. Dynamic navmesh generation at runtime usually uses the physics colliders and thus this flag would have no effect there.

The documentation for this class was generated from the following files:

Code/Engine/GameEngine/Gameplay/GreyBoxComponent.h
Code/Engine/GameEngine/Gameplay/Implementation/GreyBoxComponent.cpp

Public Member Functions

Protected Member Functions

Protected Attributes